A new coupled structure identification of Multi-Input Multi-Output (MIMO) Hammerstein models with separate nonlinearities is proposed. It is based on the use of the Recursive Least Squares (RLS) algorithm. A comparative study between a decoupled and coupled structures identification of MIMO Hammerstein models is discussed. A quadruple-tank process is used to illustrate the effectiveness of the new structure
A novel approach is presented for the analysis and design of identification algorithms for Hammerste...
The identification difficulties for a dual-rate Hammerstein system lie in two aspects. First, the id...
System identification is very important to technical and nontechnical areas. All physical systems ar...
Generally, memoryless polynomial nonlinear model for nonlinear part and finite impulse response (FIR...
In literature, various linear and nonlinear model structures are defined to identify the systems. Li...
Abstract: In this paper the instrumental variable and recursive least square algorithm for identific...
The Hammerstein and Wiener models are nonlinear representations od systems composed by the coupling ...
The Hammerstein systems, consisting of a zero-memory nonlinearity followed by a linear dynamic funct...
An algorithm for the identification of non-linear systems which can be described by a Hammerstein mo...
A new identification algorithm is introduced for the Hammerstein model consisting of a nonlinear sta...
This paper deals with the problem of estimating the parameters of Hammerstein systems based on recur...
A new approach to identify multivariable Hammerstein systems is proposed in this paper. By using car...
Abstract. A new method for identifying Hammerstein/Wiener models is proposed, where the parameters o...
Hammerstein and Wiener models are nonlinear representations of systems composed by the coupling of a...
A novel recursive algorithm for identification of Hammerstein structures is developed. The linear an...
A novel approach is presented for the analysis and design of identification algorithms for Hammerste...
The identification difficulties for a dual-rate Hammerstein system lie in two aspects. First, the id...
System identification is very important to technical and nontechnical areas. All physical systems ar...
Generally, memoryless polynomial nonlinear model for nonlinear part and finite impulse response (FIR...
In literature, various linear and nonlinear model structures are defined to identify the systems. Li...
Abstract: In this paper the instrumental variable and recursive least square algorithm for identific...
The Hammerstein and Wiener models are nonlinear representations od systems composed by the coupling ...
The Hammerstein systems, consisting of a zero-memory nonlinearity followed by a linear dynamic funct...
An algorithm for the identification of non-linear systems which can be described by a Hammerstein mo...
A new identification algorithm is introduced for the Hammerstein model consisting of a nonlinear sta...
This paper deals with the problem of estimating the parameters of Hammerstein systems based on recur...
A new approach to identify multivariable Hammerstein systems is proposed in this paper. By using car...
Abstract. A new method for identifying Hammerstein/Wiener models is proposed, where the parameters o...
Hammerstein and Wiener models are nonlinear representations of systems composed by the coupling of a...
A novel recursive algorithm for identification of Hammerstein structures is developed. The linear an...
A novel approach is presented for the analysis and design of identification algorithms for Hammerste...
The identification difficulties for a dual-rate Hammerstein system lie in two aspects. First, the id...
System identification is very important to technical and nontechnical areas. All physical systems ar...